1107753

Overview

The SICK 1107753 is a WTB9-3P2461 photoelectric proximity switch designed for industrial object detection. It operates using red light technology with a defined sensing range suitable for general automation tasks. The device features an NPN output configuration and utilizes M12 connector interfaces for electrical connectivity. Its compact housing allows for flexible mounting in various machinery applications where reliable presence detection is required.

Feature Summary

• Utilizes red light technology for consistent object detection across different surface materials.
• Equipped with NPN switching outputs compatible with standard PLC input modules.
• Features a robust housing design suitable for integration into automated production environments.

Applications

• Object presence detection on conveyor systems
• Position verification in packaging machinery
• Level monitoring in bulk material handling

Procurement Notes

Verify the specific order number 1107753 against official SICK documentation to confirm the exact output type and cable length specifications. Ensure compatibility with existing control system voltage levels and I/O configurations before procurement. Cross-reference with current datasheets to validate any recent product revisions or accessory requirements.

Selection Notes

Select this model when NPN output logic is required for the control architecture. Consider the operating distance and target reflectivity to ensure reliable signal generation. Evaluate the environmental conditions, such as ambient light interference, to confirm the suitability of the red light technology for the specific installation site.

Part Context

This component belongs to the WTB9 series of photoelectric sensors from SICK. This series is characterized by its compact form factor and versatility in detecting both opaque and translucent objects. The WTB9 line is widely used in factory automation for precise positioning and counting tasks.

Replacement Considerations

Consult official SICK substitution guides for direct replacements. Verify that alternative models maintain identical mounting dimensions and electrical interface standards to ensure seamless integration without mechanical modifications.